eXTCyTM - PAINT

eXTCy TM
Operation and adjustment instructions
Q U I C K START
01
02
BARREL
03
BARREL BLOCKER
Unpack the eXTCyTM and its barrel. Screw the barrel into the front of
the marker, hand tight. Take care not to strip the barrel threads or overtighten.
Have your compressed air
(HPA) or CO2 tank filled by
a person who is properly
trained to do so. If using an
HPA system with an on/off
valve, make sure it is in the
OFF position. If using a CO2
tank or screw-in style preset
HPA system, fill it while it is
removed from the marker.
Put the supplied barrel
blocker over the end of the
barrel, securing its cord as far
back on the eXTCyTM body as
possible, and cinching it tight.
04
05
LOADER
Fit a paintball loader into the feedneck
of the eXTCyTM. Use a 7/64-inch allen
wrench to lock the loader in place.
Powered force-feed loaders are
recommended, as the eXTCyTM has
little recoil, and can easily outpace an
unpowered or agitating loader.
07
FILL TANK
06
TURN ON GAS
Gently gas up the eXTCyTM by
slowly turning on the air system
(if HPA system has its own on/
off valve) or turning the bottomline ASA knob clockwise.
A gentle rise in pressure is
important, as a sudden blast
may reduce the service life
of the eXTCy®’s internal
components.
TURN ON THE eXTCyTM
Turn on the eXTCyTM by
pressing the power button
momentarily. If the eXTCyTM
does not start, see the battery
section of this manual.
Although the power button
serves as the eXTCyTM’s safety
switch to prevent accidental
firing, it should never be relied
upon in place of a barrel blocker
and proper eye protection.
ADJUST VELOCITY
Fill the loader with paintballs. If it is a powered loader, turn it on. While wearing ASTM compliant paintball goggles, in an area where all bystanders are protected, remove the barrel
blocker and fire over a chronograph to measure the velocity. Using a 5/32-inch allen wrench on the adjuster in the bottom of the vertical regulator, turn clockwise to increase the
velocity/pressure, and counter-clockwise to decrease. Take three or four shots after every adjustment to allow the gas pressure inside the eXTCyTM to stabilize. Adjust until the marker
is firing consistently within the limits for the field where you are playing (for safety reasons, never adjust the eXTCyTM to fire at greater than 300 feet per second). Depending on what
modes of fire are allowed at the field where you are playing (semi-automatic, rebound, etc.) you may need to adjust the eXTCyTM’s firing mode. See the Electronic Adjustment section
for more information.
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00
T A B L E OF CONTENTS
• THE eXTCyTM IS NOT A TOY.
• MISUSE OF THE eXTCyTM MAY RESULT IN SERIOUS
INJURY OR DEATH.
Quick Start
00
Table of Contents and Safety Warnings
01
Getting Familiar
02
Barrel Blocker / Hopper
03
Gasses
04
Battery
06
Paint / Velocity
07
VisionTM Operation
08
Electronic Adjustment
09
Trigger Adjustment
13
Unloading / De-Gassing
14
• KEEP YOUR FINGER OFF THE TRIGGER UNTIL
READY TO SHOOT. NEVER POINT THE eXTCyTM AT
ANYTHING YOU DON’T INTEND TO SHOOT.
Field Stripping
15
• KEEP THE eXTCyTM ON SAFE (POWER OFF) UNTIL
READY TO SHOOT (SEE QUICK START).
VisionTM / Detent Cleaning
16
• KEEP THE BARREL BLOCKING DEVICE ON THE
eXTCyTM’S MUZZLE WHEN NOT SHOOTING (SEE
BARREL BLOCKER SECTION).
• ALWAYS REMOVE PAINTBALLS AND DE-GAS THE
eXTCyTM BEFORE DISASSEMBLY (SEE DE-GASSING
SECTION).
Advanced Maintenance
GripFrame / Body Separation
17
Circuit Board Removal
18
Breech Removal
19
Vertical Regulator
20
Troubleshooting / Warranty
22
Parts Diagrams
25
• EYE PROTECTION DESIGNED FOR PAINTBALL USE
MUST BE WORN BY THE USER AND ANY PERSON
WITHIN RANGE OF THE eXTCyTM.
• GOG PAINTBALL® RECOMMENDS THAT THE
eXTCyTM ONLY BE SOLD TO PERSONS 18 AND
OLDER.
• THOROUGHLY READ THE eXTCyTM OPERATION
AND INSTRUCTION MANUAL BEFORE OPERATING.
• TREAT EVERY PAINTBALL MARKER AS IF IT WERE
LOADED.
• NEVER LOOK DOWN THE BARREL OF A PAINTBALL
MARKER.
• STORE AND TRANSPORT THE eXTCyTM UNLOADED
AND DEGASSED IN A SECURE PLACE.
• FOLLOW ALL MANUFACTURER’S WARNINGS
AND INSTRUCTIONS FOR PROPELLANT SOURCE
HANDLING, STORAGE AND FILLING.
• DO NOT SHOOT FRAGILE OBJECTS SUCH AS
WINDOWS.
• ALWAYS MEASURE THE VELOCITY OF PAINTBALLS
FIRED BY THE eXTCyTM BEFORE USE, AND NEVER
ADJUST TO FIRE ABOVE 300FPS (91.44M/S).
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01
G E T T ING FAMILIAR
PLEASE READ CAREFULLY
STATISTICS
MAINTENANCE
WEIGHT:
1.85 lb
OPERATING PRESSURE:
160 psi
POWER SOURCE:
9-volt Alkaline Battery
PROPELLANT:
CO2 or Nitrogen/Compressed air
RATE OF FIRE:
Uncapped Semi-Automatic - up to 20bps ramping / auto
OPERATION:
Low pressure electropneumatic
MODES OF FIRE:
12 modes incl: Semi, PSP, NPPL and Millennium
ANTI CHOP SYSTEM:
VisionTM Break-Beam eyes
BARREL THREAD:
GOG®
LUBRICANT:
For proper and consistent operation, the eXTCyTM should
only be lubricated with GR33SETM lubricating grease.
REQUIRED ITEMS FOR MAINTENANCE
REQUIRED ITEMS FOR USE
•5/32-inch Allen Wrench (included) - Velocity Adjustment
•Chronograph (provided for use at commercial paintball
field) - Velocity Adjustment
•0.050-inch Allen Wrench (included) Trigger Adjustment /
VisionTM Eye Covers
•5/64-inch Allen Wrench (included) - Battery Change
•Barrel Blocker (included)
•7/64-inch Allen Wrench (included)- Clamping Feedneck
•CO2 or HPA tank (purchase seperately)
•1/8-inch Allen Wrench (included) - Stock/Backplate, Trigger
Adjustment, ASA, Grip, Breech and Circuit Board Screws
•ASTM Compliant Paintball
(purchase seperately)
Goggles
with
•68 Caliber Paintballs
•Paintball Hopper/Loader (purchase seperately)
•9-Volt Alkaline Battery
Mask
•5/32-inch Allen Wrench (included) - Velocity Adjustment
•5/16-inch Allen Wrench (included) - Bolt Sleeve
•Snap-Ring Pliers (purchase seperately) - Regulator
Disassembly (Advanced Maintenance)
•GR33SETM (purchase seperately) - Paintball Marker
Lubricant
The eXTCyTM has been designed with
simplicity in mind so that you can
concentrate on your game instead of your
marker. It has only one major moving part in
its valve system, with a minimal number of
seals. This DOES NOT mean that you should
neglect your eXTCyTM. If you take care of
it off the field, your eXTCyTM will take care
of you on the field. For best performance,
clean and grease your eXTCyTM frequently.
Many players disassemble and clean their
eXTCyTM after every day of use. While this
may seem a bit extreme, being vigilant in the
upkeep of your eXTCyTM will extend its useful
life considerably, and catch any problems
when there is time to correct them before
the next game. Playing in the rain will not
damage your eXTCyTM. In fact, the eXTCyTM.
has been tested and proven to function
underwater. However, long-term exposure
to moisture can cause rust damage to
some of the eXTCyTM’s screws, so if your
eXTCyTM should become waterlogged,
remove the barrel, stock, eye covers and
rubber grips and allow it to dry out, then
follow the disassembly instructions for full
cleaning. Clean out mud and paint with
a damp cloth and alcohol. Lubricate the
eXTCyTM ONLY with GR33SETM pneumatic
grease. Use fresh, high quality paintballs for
best performance.
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02
B A R REL BLOCKER/HOPPER
PLEASE READ CAREFULLY
BARREL BLOCKER
The Barrel Blocking Device is a critical piece of paintball safety equipment - nearly as important as
paintball goggles. The Barrel Blocker serves to protect against accidental discharge of a paintball by
catching it before it can cause harm. A Barrel Blocker is included with the eXTCyTM and must be used
every time it is handled in an area where people or property are not properly protected by paintball
goggles or paintball field netting. To use the Barrel Blocker simply slip it over the end of the barrel
and stretch its cord back over the back of the eXTCyTM or the rearmost part over which it can be
securely looped. Use the strap’s adjuster to cinch the strap tight, so that the Barrel Blocker can provide
protection against accidental discharge of a paintball.
FIG. 1
BARREL BLOCKER IN USE
The Barrel Blocker should only be removed when the eXTCyTM is on a “live” paintball field and all
persons involved are wearing proper paintball protection.
FIG. 2
USE HIGH PERFORMANCE LOADER
HOPPER
The eXTCyTM is a high performance tournament grade paintball marker. Its low-force bolt and VisionTM
anti-chop system will prevent paintballs from being chopped if the hopper is not able to load paintballs
as fast as the eXTCyTM is being fired. If you want to realize the eXTCyTM’s maximum firepower potential,
you will need to use a high performance loader. High performance loaders, especially those which
provide force-feeding, will yield the best results with the eXTCyTM.
The eXTCyTM is equipped with a clamping feedneck that allows it to adapt to the small size differences
in hopper neck sizes, yet lock or release quickly. Using a 7/64-inch allen wrench, loosen the clamping
feedneck before installing a hopper.
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03
G A S ES
NEVER PUT OIL IN A COMPRESSED AIR REGULATOR OR
TANK - ONLY APPLY MANUFACTURER RECOMMENDED
LUBRICANTS.
COMPRESSED AIR
FIG. 3
HPA TANK BEING FILLED
The eXTCy is a low-pressure paintgun. It operates at approximately 160 psi, which means it is capable of
functioning well with either high-pressure compressed air or CO2 as a power source. Proper set up of your
gas system will help you obtain the best possible performance from your eXTCyTM.
TM
Whether using compressed air or CO2 it is important that the eXTCyTM is not exposed to sudden “pops”
of pressure. Always turn-on or screw-in a compressed air system or CO2 slowly, so that the valve opens
slowly and the gas pressure inside the marker is raised smoothly. Be gentle to the internals of your
eXTCyTM and they will reward you with a long service life.
High Pressure Air systems (HPA) are the preferred power source used in paintball and with the eXTCyTM
because they are unaffected by temperature fluctuations and do not have the potential for liquid
problems. HPA systems consist of a tank and a regulator, and are typically rated to store air or nitrogen
at pressures of 3,000 or 4,500 psi. Although pure nitrogen is almost never used in paintball, many players
call compressed air “nitro” as air is made up of more than 70% nitrogen, allowing the two gasses to be
used interchangeably in paintball equipment.
The eXTCyTM is configured for use with screw-in style HPA systems. Although HPA systems pre-set to
deliver approximatly 400 psi (low output) will work with the eXTCyTM, 800 psi (high output) systems are
preferred, to reduce the risk of gas starvation under rapid fire.
NOTICE
The eXTCyTM is factory configured for use with
CO2. Its dwell setting must be changed to obtain
optimum performance with HPA. See the Firing
Modes / Dwell section of this manual to learn how.
Never use oil or any petroleum based cleaner or lubricant in a compressed air regulator or tank. Exposure to
pressurized air increases oil’s flammability and can cause a serious safety hazard. Only use manufacturer
NOTICE
recommended lubricants with compressed air systems, and follow the manufacturer’s maintenance and
Although the eXTCyTM can be powered by
operation instructions explicitly.
compressed air, typical home, garage or industrial
If you are using your eXTCyTM with an adjustable output compressed air system, it should be set to deliver air compressors cannot provide the high pressures
about 800 psi. The eXTCyTM’s vertical regulator can accommodate a wide range of input pressures, so required to fill a paintball HPA tank. Paintball HPA
exact adjustment of the air system is not critical.
systems can be refilled by paintball fields and
stores which use higher pressure compressors
similar to those used in the SCUBA and firefighting
NOTICE
Due to shipping restrictions, CO and HPA tanks are sold empty. They must be filled before they can be industries.
2
used. Most paintball shops and fields are equipped to fill HPA tanks. Paintball shops, fields, many hardware
stores and sporting goods stores will have the equipment and trained personnel to fill paintball CO2 tanks.
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04
G A S ES
PLEASE READ CAREFULLY
USING CO2
FIG. 4
ANGLED CO2 [CUTAWAY VIEW]
FIG. 5
CO2 WITH ANTI-SIPHON
CO2 is usually not recommended for electronic paintball markers. This is not the case, however with
the eXTCyTM. The eXTCyTM can function extremely well with CO2 as a power source, but doing so does
require the correct configuration. The use of CO2 will not damage the seals in the eXTCyTM, freeze or
cause damage to its circuit board.
The important thing to remember if using CO2 is that best performance can be achieved when only
gasseous CO2 is fed to the eXTCyTM, and liquid CO2 remains in the tank.
Although the relief valve integrated into the eXTCyTM’s vertical regulator provides the marker with
protection from pressure spikes, those pressure fluctuations can cause poor performance, and
temporary blockage of the eXTCyTM’s solenoid valve.
[CUTAWAY VIEW]
The bottom-line ASA fitting on the eXTCy places the CO2 level, like in Figure 5. When the marker is
held in typical firing positions the liquid CO2 will pass through the valve into the marker unless an antisiphon system is used.
TM
Anti-siphon CO2 tanks contain a J-shaped tube that draws gaseous CO2 from the top of the tank
when it is in a horizontal position. Anti-siphon tubes must be professionally installed, to ensure that
critical safety checks are performed during valve installation. Anti-siphon CO2 tanks should not be
used with remote hoses.
Alternative CO2 arrangements include placing the CO2 tank vertically in a pack, and using a paintball
remote hose to feed CO2 to the eXTCyTM. This arrangement not only prevents liquid CO2 from entering
the marker, but also makes the marker assembly lighter weight. Another possible configuration is to
use a third-party ASA or ASA mounting adapter which mounts a standard CO2 tank at an angle like in
Figure 4. In this arrangement gravity keeps the liquid CO2 below the valve neck.
IMPORTANT
CO2 may also be configured with a remote
hose with-out Anti-Siphon. [Not Shown]
BOTTOM-LINE ASA
The bottom-line ASA fitting on the eXTCyTM can be removed by unscrewing the two industry-standard
10-32 mount screws holding it to the grip frame after unscrewing and removing its on/off knob. If
replacing the ASA, be sure the model chosen takes into account the type of gas system being used
(horizontal for anti-siphon CO2 tanks or compressed air, angled for standard CO2 tanks).
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05
B A T T ERY
BATTERY
The eXTCyTM is powered by a standard 9-volt alkaline battery. Lower cost “heavy duty” batteries will not
consistently deliver the amperage needed to operate the eXTCyTM reliably. Erratic performance, especially
drops in velocity or skipped shots during rapid fire can result from a battery that is not delivering full
power.
OVER TIME BATTERIES MAY LEAK. ALWAYS REMOVE THE
BATTERY FROM THE eXTCyTM WHEN STORING FOR FOR
MORE THAN A MONTH.
FIG. 6
ALKALINE BATTERY
The eXTCyTM is also compatible with 9-volt rechargeable batteries. Because specifications of batteries
vary widely from brand to brand, use of any rechargeable battery will require testing to determine if it
can power the eXTCyTM reliably and fit correctly in the grip frame. Some NiCD “9v” rechargable batteries
actually operate at 7.2 volts. These types of batteries will not work well with the eXTCyTM.
Each time the eXTCyTM is turned on, the power button LED will blink 5 times rapidly, with its color indicating
the estimated charge level of the battery. Green indicates a charge level between 75% and 100%. Yellow
denotes a charge level between 50% and 75%, while red flashing indicates that the remaining charge is
estimated to be below 50%. It is important to note that different types and even brands of rechargeable
batteries will give different readings than alkaline batteries., so experience will be the best teacher as to
how much remaining use to expect once a reduced charge level is indicated.
Any time the eXTCyTM exhibits erratic performance, drops velocity or skips shots while rapid firing, does
not shoot or does not turn on, the first step in troubleshooting should always be to replace the battery with
a brand-new, name-brand alkaline battery.
To replace the eXTCyTM battery, use a 5/64-inch allen wrench to remove the two screws from the left side
of the rubber grip, then open the grip. Be careful opening the grip from the grip frame. Folding the grip
back around the trigger frame may seem convenient, but may cause tearing or stretching in the center of
the grip, which will cause it to pucker or fit poorly when reinstalled. As an alternative to folding the grip
open, simply remove it entirely by removing the two grip screws from its right side.
Remove the old battery, taking care not to bend, kink or strain its wires. Unsnap the battery from its
connector by pulling on the connector, not the wires. Snap in a fresh battery, then place that in the grip
frame, tucking the wires into place, before closing and re-securing the grip. The battery and connector
should fit snugly in the battery space, so that they do not shift around during use. Some off-brand batteries
may be too large to fit correctly in the grip frame. If this is the case, do not force the battery into position,
instead replace it with a name-brand alkaline battery.
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06
P A I N T/VELOCITY
NEVER ADJUST THE eXTCyTM TO FIRE ABOVE 300
FEET PER SECOND, AS SERIOUS INJURY MAY
RESULT.
FIG. 7
VELOCITY ADJUSTMENT
PAINT
Even the best quality paintballs will vary in size from one batch to the next and as weather conditions
change. While your eXTCyTM will work well even with a poor paint to barrel fit, optimal performance will
be achieved with a proper fit.
The ideal fit between the paintball and the barrel is when the ball is inserted in the bore (the end that
screws into the eXTCyTM) and does not slip or roll through to the muzzle (the business end) on its own.
The ball should sit in place, even when the barrel is pointed straight down. If the paintball can roll out
on its own, the fit is too loose. The ball should be able to be expelled from the barrel by blowing it out,
like a blowgun, using a minimal amount of breath. If the ball is difficult to blow through, the fit is too
tight, which can lead to ball breakage.
If the paintballs available at your field do not fit well in the eXTCyTM, the use of sized barrels, such as
TheFreak® barrel system can quickly adapt the marker for optimum performance with changing paint
conditions.
VELOCITY
The velocity, or speed at which a paintball is fired from the eXTCyTM, must be measured and adjusted
to below the paintball field’s velocity limit immediately before each day of play (for player safety). If CO2
is used, velocity should be checked and adjusted multiple times during the day.
In an area where it is safe to fire paintballs, while wearing ASTM compliant eye and face protection
for paintball, fire three or four shots over a chronograph to measure the velocity at which the paint is
being fired.
If velocity adjustment is necessary, use a 5/32-inch allen wrench on the adjuster in the bottom of the
vertical regulator, turn clockwise to increase the velocity/pressure or counter-clockwise to decrease.
Take three or four shots after every adjustment to allow the gas pressure inside the eXTCyTM to stabilize,
then measure velocity again. Adjust until the marker is firing consistently within the limits for the field
where you are playing. For safety reasons, never adjust the eXTCyTM to fire at greater than 300 feet per
second (91.44 meters per second).
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07
V I S I O N OPERATION
TM
VISION BYPASS
FIG. 8
VISIONTM DE-ACTIVATION
The eXTCyTM is equipped with a VisionTM break-beam anti-chop system, allowing it to acheive the
highest possible rates of fire without chopping or mis-feeding paintballs.
The eXTCyTM circuit board is linked to a light emitting diode and detector installed in the marker’s
breech. When a paintball drops down the feedneck into the breech, it breaks the light beam and
the eXTCyTM circuit board detects its presence. When the VisionTM system is activated, the eXTCyTM
will not fire until it “sees” a paintball in the breech. This prevents the marker from dry firing or from
chopping a paintball in half by firing before the ball is completely loaded.
There may be times when it is desirable to bypass the VisionTM system, such as dry-firing the eXTCyTM
to test electronic adjustments, or when de-gassing.
While the eXTCyTM is turned on, pressing and holding the power button for approximately one-half
second will turn the VisionTM system off, allowing the marker to fire whenever the trigger is pulled,
whether or not there is a paintball in the breech. Pressing for approximately a half second will also turn
VisionTM back on.
When VisionTM is on, the power button will glow green. When it is off, the button will glow red.
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08
E L E C TRONIC ADJUSTMENT
locking/unlocking
Most paintball tournaments, scenario games and fields have rules which do not allow a player to make
adjustments that can affect velocity (such as dwell) or change firing mode settings during a game.
These rules require that a marker be locked so that such adjustments can not be made without using
tools, which are not allowed on-field.
To lock or unlock the eXTCyTM, following the battery replacement directions in this manual, remove
the wraparound rubber grip, unplug and remove the marker’s 9-volt battery. Hold down the trigger
while plugging the battery back in. The power LED will light red to indicate that the Blackheart board
is locked, or green to indicate that it has been unlocked. Repeat the procedure to lock or unlock the
marker.
ENTERING PROGRAMMING MODE
Changes are made to the eXTCyTM’s electronic settings in programming mode. To enter programming
mode, press the power button to turn on the marker while pressing and holding the trigger back. Once
in programming mode, pull the trigger to cycle through the available parameters, which are indicated
by the color and blinking of the power button LED. If the marker will not switch into programming
mode, the eXTCyTM is locked. The board will need to be unlocked before changes can be made.
When the desired parameter is selected, enter its new value by pulling and holding the trigger until the
power LED turns off, then pulling the trigger a number of times corresponding to the desired setting.
The LED will blink a number of times to confirm the new value that has been set. To exit programming
mode, press the power button, turning the marker off.
all eXTCyTM programming and adjustment
must be performed with the marker
unloaded and de-gassed.
PROGRAMMING EXAMPLE
To change the eXTCyTM’s BPS Cap to 13 bps,
make sure the marker is unloaded, de-gassed
and unlocked.
Enter programming mode by turning the
eXTCyTM on while holding the trigger back.
Release the trigger when the power button
blinks fast red.
Pull the trigger three times, waiting between
each pull to see what color the power button
LED is flashing. After the third pull, the power
button will be flashing red, indicating that the
ROF Cap has been selected.
Press and hold the trigger until the power button
stops glowing. Pull the trigger 13 times to set
the ROF Cap value to 13 balls per second.
Wait, and watch as the power button blinks 13
times to confirm the 13 BPS value.
Press and hold the power button until it stops
gloing to turn the eXTCyTM off.
Once programming is complete, re-lock the
eXTCyTM so that it will be “field legal.”
Note: The BPS Fine setting must be at 0 for a BPS cap of 13 to yield a maximum
rate of 13.0 balls per second. See BPS Fine Setting for more information.
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09
E L E C TRONIC ADJUSTMENT
Firing Modes (Power Button LED Glows solid red) - Sets Firing Mode:
1 - Semi-Automatic: This mode fires one shot per trigger pull, as fast as the trigger is pulled. The
BPS cap has no effect on Semi-Automatic mode. This is the default firing mode for the eXTCyTM.
2. Capped Semi-Automatic: This mode operates the same as semi-automatic, but is limited by the
BPS Cap setting.
3. NXL: Fires one shot per trigger pull until the trigger is pulled three times in quick succession, at
which point it operates as if in fully automatic mode, firing repeatedly as fast as the VisionTM and BPS
Cap will allow, until the trigger is released for a moment, at which point the cycle begins again firing
one shot per trigger pull.
4. PSP: Fires one shot per trigger pull until the trigger is pulled three times in quick succession at
which point it switches into a ramping mode firing more than one shot per trigger pull while the player
pulls the trigger repeatedly. After one second of inactivity PSP mode reverts to its beginning single
shot per pull operation.
5. Millennium: Fires one shot per trigger pull until the trigger is pulled at a rate of 5 times per second
or faster, at which point it begins firing more than one shot per trigger pull. When the user pulls the
trigger at rates below 5 times per second, Millennium mode reverts to firing one shot per trigger pull.
6. CFOA: Fires one shot per trigger pull until the trigger is pulled three times at a rate of 5.5 times
per second or faster at which point more than one ball is fired per trigger pull, until the rate of trigger
pulls drops below 5.5 per second, at which point CFOA mode reverts to firing 1 shot per trigger pull.
7. Auto Response: Fires on both the pull and release of trigger.
8. Select Fire: Allows for in-game selection between semi-automatic, burst and full-automatic firing
modes without the use of tools, during a game. When using Select Fire mode, the power button LED
will indicate which of the three modes is operational. The LED will glow solid for semi-automatic,
blink slowly for burst mode or rapidly for full-automatic. Pressing the power button quickly will cycle
through the three modes.
9. Burst: Fires a user selected number of shots each time the trigger is pulled and held.
10. Full-Automatic: Fires when the trigger is pulled and continues firing repeatedly at a rate defined
by the BPS Cap and VisionTM system until the trigger is released.
11. ReboundTM: Begins firing one shot per trigger pull, but begins firing more than one shot per
trigger pull as the player pulls the trigger more rapidly, reverting to one shot per trigger pull when the
rate of trigger pulls decreases.
12. Billy-BallTM: This mode restricts eXTCyTM’s rate of fire to make it less intimidating to new paintball
players, or create an even playing field with pump-action paintguns. Billy-BallTM also can be used by
experienced players to train for reliance on stealth, accuracy and movement instead of of rate of fire.
Note: The UK version of the extcyTM IS
limited to the following modes: 1 SemiAutomatic, 2 Capped semi, 3 millennium, 4
billy ballTM
FACTORY RESET
The eXTCyTM can be quickly and easily reset
to its factory-default settings. This is can be
an important step in diagnosing unusal firing
patterns of behavior on the field, especially if
using a marker that was previously adjusted by
someone else.
To reset the eXTCyTM, first unload and de-gas
the marker following the instructions in this
manual, and make sure the circuit board is
unlocked.
With the eXTCyTM turned off, pull the trigger,
then press the power button while continuing
to hold the trigger back. Continue holding the
trigger for ten seconds until the power button
LED flashes orange. Release the trigger and all
programming parameters will have been reset
to their factory default values.
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10
E L E C TRONIC ADJUSTMENT
VisionTM (Power Button LED glows solid green) - Sets how the VisionTM system operates:
1. Classic: The marker will not fire unless there is a ball in the breech, breaking the VisionTM beam.
This is the default VisionTM mode.
2. Delayed: If the breech is empty when the trigger is pulled, the marker will wait up to ½ second for
a ball to load before the marker fires. At the end of the delay period, the eXTCyTM will fire, even if no
paintball is detected. Delayed mode effectively allows the eXTCyTM to fire “blind” at a reduced rate
of fire if the VisionTM system is fouled by debris or paint.
3. Forced Delayed: This mode works the same as the Delayed VisionTM mode, but may also fire
when the breech is empty, by holding the trigger down for a full second. Forced delay mode allows
for easy de-gassing of the eXTCyTM without having to switch VisionTM off.
DWELL: (Power Button LED glows solid yellow) - Adjusts how long the the solenoid valve is held
open to fire each shot. Dwell is adjustable from 5 to 65 milliseconds in 1 millisecond increments. The
most reliable and efficient performance can be achieved by using the recommended dwell values. The
default dwell value is 33 milliseconds.
BPS Cap: (Power Button LED blinks fast red) - In all firing modes except semi-automatic and BillyBallTM, this setting limits the eXTCyTM’s maximum rate of fire. BPS cap is adjustable from 4 to 20 balls
per second in 1 bps increments. The default value is 13 bps.
BPS Fine Adjust: (Power Button LED blinks fast green) - This parameter allows for fine-tuning of the
BPS cap by adding a small value to it. Settings from 0 to 3 add 0, 0.25, 0.5 or 0.75 BPS to the BPS
Cap. For example, setting BPS Cap to 13, and BPS Fine Adjust to 2, will result in a maximum rate of
fire of 13.5 bps. The default BPS Fine Adjust setting is 0.
ZERO VALUE
When setting a whole BPS number for the
maximum rate of fire, or turning off FSDO
compensation, values of zero must be set.
To set a value of zero, once the Power
Button LED is blinking to indicate the desired
parameter, pull and hold the trigger to select,
then do nothing, and the eXTCyTM will accept
zero as the new value.
RECOMMENDED DWELL
The optimal dwell setting depends on the
configuration of the eXTCyTM. The following
dwell values are recommended for the best
possible speed and gas efficiency without
sacrificing reliability.
Using CO2 with standard valving: 33ms
Using HPA with standard valving: 27ms
Burst Count: (Power Button LED blinks fast yellow) - This selects the number of shots fire per trigger
pull when the maker is in burst mode. The burst number may be set to values between 2 and 4 shots.
The default Burst Count value is 3 shots.
With QEV upgrade: 17ms
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11
E L E C TRONIC ADJUSTMENT
Pulls To Enter: (Power Button LED blinks slowly red) - For ReboundTM Mode, the Pulls To Enter
determines how many times the trigger must be pulled before marker ramps up to more than one shot
per trigger pull. Pulls to enter may be set between 1 and 5 pulls.
Enter Rate: (Power Button LED blinks slowly green) - For ReboundTM Mode, the Enter Rate determines
how frequently the trigger must be pulled before the marker ramps up to more than one shot per trigger
pull. Enter rate may be set between 4 and 12 trigger pulls per second.
Sustain Rate: (Power Button LED blinks slowly yellow) - For ReboundTM Mode, the Sustain Rate
determines how frequently the trigger must be pulled to continue ramping more than one shot per
trigger pull after ramping has begun. Sustain Rate may be set between 1 and 10 trigger pulls per
second.
FSDO Compensation: (Power Button LED blinks slowly red and green) - When a marker rests, its bolt
may stick in position and cause a low-velocity shot the next time it is fired. This is known as First Shot
Drop-Off, or FSDO. FSDO Compensation increases the dwell time of the first shot of a group, providing
additional time to break friction between the breech and the bolt’s o-rings before the bolt moves
forward. FSDO Compensation may be adjusted from zero (off) to 15 milliseconds in 1 millisecond
increments. When the marker rests for 20 seconds or more, the next shot fired will have the FSDO
Compensation value added to its dwell time. The default FSDO setting is 20 milliseconds.
VisionTM Hardware: (Power Button LED blinks slowly yellow and green) - This setting provides
compatibility between the eXTCyTM circuit board and other markers. By default this setting will be 1, for
use with the eXTCyTM’s wired VisionTM eyes. A setting of 2 would be used for compatibility with circuit
board style VisionTM eyes, such as those used for upgrade on the G-1TM and eNVyTM.
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12
T R I G GER ADJUSTMENT
IMPORTANT
The trigger must come to a stop with its
adjustment screw against the grip frame or
damage to the circuit board and or trigger
switch may occur.
FIG. 9
The length of the eXTCy
TM
TRIGGER ADJUSTMENT POINTS
trigger pull is fully adjustable.
A setscrew in the lower half of the trigger sets the post-travel adjustment, or how far back the trigger
can be pulled. Turning the screw clockwise with a 0.05-inch allen wrench will shorten the trigger
pull. Turning counter-clockwise will increase it. When setting post-travel limit, it is important that the
trigger pull is not set so short that the trigger does not activate the microswitch on the eXTCyTM’s
circuit board, as this would leave the marker unable to fire. Similarly, the post-travel adjustment screw
must butt up against the trigger frame when the trigger is pulled. If the post-travel screw is underadjusted the trigger will stop against the microswitch inside the marker, instead of on the screw. This
situation can cause damage to the microswitch and or circuit board when the trigger is pulled hard.
The forward limit of the trigger’s movement, or pre-travel is adjusted by the use of a 1/8-inch allen
wrench. The pre-travel trigger adjustment screw is located at the bottom of the trigger guard where it
meets the grip frame. It may be helpful to remove the marker’s rubber grips to provide easier access
when making adjustments. As when changing the battery, it is better to completely remove the rubber
grip than to only open one side and fold it past the trigger guard. Turning the pre-travel adjustment
screw clockwise decreases how far forward the trigger can move, while turning counterclockwise
increases. If the trigger is not adjusted to swing far enough forward when released, the microswitch
inside the eXTCyTM will not be able to reset, resulting in the marker not firing.
POST-TRAVEL
PRE-TRAVEL
Always check the trigger after making adjustments. Be sure that the trigger switch clicks when the
trigger is pulled, and again when it is released. Also make sure that when the trigger is pulled it is
being stopped by the post-travel adjustment screw, not by pressing up against the microswitch
inside the marker.
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13
U N L OADING/DE-GASSING
At the end of each day’s use and before performing maintenance work on your eXTCyTM, it will
need to be de-gassed, and all paintballs must be removed.
In an area where it is safe to shoot (such as the chronograph area at a paintball field) and while
wearing paintball goggles, remove the hopper from the eXTCyTM. By turning the eXTCyTM upside
down, you can empty any extra paintballs from the feedneck into your hand. Turn the eXTCyTM on.
Dry-fire 2 or 3 shots in a safe direction to ensure that no paintballs remain in the eXTCyTM. In order
to dry-fire the marker, the VisionTM anti-chop system must be turned off (see VisionTM operation) or
set to one of its delayed modes (see Electronic Adjustment).
Turn off the HPA system if it is equipped with its own on/off control, or turn off the HPA system or
CO2 tank by turning the bottom-line ASA control knob counter-clockwise. Dry fire the eXTCyTM in
a safe direction until all of the gas pressure inside has been released. At this point the only sound
you should hear when you pull the trigger is the click of the solenoid valve. Often this sound will
be too quiet to hear. Turn off the eXTCyTM.
If using a CO2 tank or screw in HPA system, unscrew it from the bottom-line ASA.
PLEASE READ CAREFULLY
Even with no CO2 or compressed
air
system
attached,
the
eXTCyTM may still have enough
gas pressure stored in the
regulator and fire chamber to
fire 2 or more shots. You must
de-gas your eXTCyTM before
performing any maintenance
procedures.
Always watch compressed gas
cylinders (CO2 or HPA) to make
sure that the cylinder and valve
are unscrewing from the ASA,
and that the cylinder is not
unscrewing from its valve. If the
cylinder does begin to separate
from its valve, STOP IMMEDIATELY,
and
seek
professional
assistance.
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14
F I E L D STRIPPING
CLEANING
The valve system in the eXTCyTM has only one major moving part. Regular cleaning and lubrication is necessary to ensure accurate and consistent performance. The eXTCyTM
should be field stripped, cleaned and lubricated any time it shows erratic performance, becomes contaminated with paint, dirt or other debris, or for general maintenance after
3 or 4 days of use.
Unload and de-gas the eXTCyTM. Remove the barrel and use a 5/16-inch allen wrench to unscrew and remove the bolt sleeve from the back.
Using a soft, non-marring tool like a wooden chopstick or plastic toothbrush, push the bolt and bolt stop out the back of the eXTCyTM. Clean the interior of the receiver, the bolt
sleeve, bolt and bolt stop with a clean cloth or paper towel. Inspect their o-rings for signs of damage such as cuts or rips, and replace if necessary. Lightly lubricate all o-rings
with GR33SETM paintgun grease. Use GR33SETM sparingly, as over-lubrication can cause the eXTCyTM to operate inconsistently. Do not lubricate the rearmost o-ring on the bolt
sleeve, it provides friction to keep the bolt sleeve in place during operation.
Slide the bolt stop onto the bolt from the rear. Slide the rear of the bolt into the bolt sleeve. Hold this entire assembly vertically with the front of the bolt pointing upward, and
insert it up into the back of the eXTCyTM. Screw the bolt sleeve into the back of the eXTCyTM by hand, taking care not to cross-thread it into the receiver.
Use the long end of a 5/16-inch allen wrench to turn the bolt sleeve until it is snug. Take care not to over-tighten the bolt sleeve, it only needs to fit snugly in place.
FIG. 10
Bolt
Bolt stop
Bolt sleeve
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vision/DETENT cleaning
TM
CLEANING
The VisionTM eye covers of the eXTCyTM are easily removed to provide access to both the VisionTM sensors and the marker’s ball-detents. To remove the eye covers, first unload
and de-gas the marker following the instructions in this manual, then use a 0.050-inch allen wrench through the eye-cover access hole to unscrew the eye cover retaining screw,
then tilt the eXTCyTM to the side, and if necessary tap it lightly against one hand to work the eye cover out.
With the eye cover removed, an o-ring pick can be used to pry the VisionTM LED or detector out of its pocket by one of its top corners. Care must be taken not to scratch the
dome shaped lens molded into the body of the eye. With the eye gently folded out of the way, the eye, eye pocket and ball detent opening in the breech may all be thoroughly
cleaned with a cotton swab.
If the ball detent is worn to the point that it does not protrude slightly into the breech, or dirty to the point that it does not spring easily in or out, it may be removed from the eye
cover for cleaning or replacement. To remove the ball detent, use an o-ring pick to carefully pry back the ball detent retaining fingers one at a time and work the detent out of the
eye cover. If the ball detent is excessively worn, it must be replaced for proper operation of the eXTCyTM. The ball detent spring may become bent or damaged during removal
of the ball detent. If this happens, it must be replaced. After cleaning or replacement, fit the ball detent spring into the ball detent, set its other end on the spring guide in the eye
cover, then carefully work the detent past the detent retaining fingers. Note the alignment of the ball detent for a proper fit, its wider flat edges should be at the top and bottom.
When re-installing the eye cover, use the long end of the allen wrench to tighten the eye cover retaining screw. Take care not to cross-thread the eye cover retaining screw, or
tighten it beyond a snug fit, these can cause permanent, non-repairable damage to the breech.
FIG. 11
eye cover removal
FIG. 12
eye cleaning
FIG. 13
BALL DETENT REMOVAL
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16
A D V A NCED MAINTENANCE
NOTE: Unload and degas the eXTCyTM before
any cleaning or maintenance work.
The internal gas lines and electronic components of the eXTCyTM are well protected inside its body – however they are delicate and may be damaged by improper handling
or re-installation. For this reason it is highly recommended that full disassembly of the eXTCyTM be performed by an airsmith with GOG PaintballTM factory training, and then
only when necessary to fix a problem or install an upgrade. Removal of internal hoses from their barbed fittings will stretch them to the point that they cannot be re-used
without causing leaks. In other words, if it ain’t broke, don’t fix it.
Occasionally a more thorough disassembly of the eXTCyTM receiver is necessary to remove paint or debris that has worked between the breech and body shell, replace a
damaged component or install an upgrade. These tasks require removal of the grip frame and or disassembly of the body.
Unload and degas the eXTCyTM, remove the barrel, rubber grip and battery, following the instructions in this manual. Similarly, field strip the bolt/valve system.
Using a 1/8-inch allen wrench, remove the breech screw from the front of the breech. Next remove the two grip frame screws securing the grip frame to the body. Carefully
slightly separate the grip frame from the receiver. Be aware that the clear power button can fall out of its position in the side of the grip frame. Be careful not to drop or lose
it. The body will still be connected to the grip frame by the hose running between the front of the grip frame and the solenoid valve on the circuit board.
Tilt the body slightly away from the grip frame and carefully use a 1/8-inch allen wrench to unscrew the barbed banjo fitting which connects the gas supply hose to the grip
frame. Alternatively, the hose may be pulled off of the barb in the grip frame - doing so will require the hose to be replaced however, as its end will have been stretched by
the barbed fitting and will no longer seal reliably.
Completely separate the body from the grip frame. Watch to make sure the battery clip does not snag in the grip frame as the two parts are separated.
Reassembly of the grip frame to the body is done in the reverse order, taking care not to allow the battery wires to or hoses to become pinched or entrapped while joining
the body to the grip frame. Use the long end of the allen wrench when reinstalling the banjo fittings and grip frame screws, to avoid over-tightneing.
Over-tightening or cross threading screws or fittings may result in permanent, nonrepairable damage to the breech.
FIG.14
BREECH SCREW REMOVAL
FIG. 15
GRIP FRAME REMOVAL
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17
A D V A NVED MAINTENANCE
CONTINUED
The circuit board is removed from the body by first unplugging the VisionTM wiring harness from its socket. Take care to grasp the plug and remove it - do not pull by the
wires or they plug may be damaged.
Using a 1/8-inch allen wrench, unscrew the 2 banjo fittings which attach the circuit board to the body and breech.
The circuit board may then be carefully lifted away from the body and breech.
When re-attaching the circuit board to the body and breech, take extreme care not to cross thread the fittings. Use the long end of the allen wrench to tighten the gas fittings
and all screws, being careful to tighten them snug without over tightening. Over-tightening or cross threading screws or fittings may result in permanent, nonrepairable
damage to the breech.
Be sure to guide the battery clip down into the grip frame before re-joining the grip frame and receiver. Make sure the clear power button does not fall out of its place during
reassembly.
Be certain all wires and hoses are tucked into their places before rejoining the grip frame to the receiver. If the grip frame does not fit snugly to the receiver do not force it.
Instead, pull the grip frame back away and look for hoses, wire, or improperly placed parts blocking the fit.
FIG. 16
UNPLUG VISIONTM WIRING
FIG. 17
UNSCREW BANJO FITTINGS
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18
A D V A NVED MAINTENANCE
CONTINUED
If removing the breech from the body cover, the VisionTM wiring harness must be removed first. Uncoil the VisionTM wires and remove both eyes from their pockets (see
VisionTM/detent cleaning). Carefully twist each eye so that its dome shaped lens faces forward and guide it down through the slot in the beech and out the bottom of the body
shell, gently pulling its wires ahead of it so they do not bind.
Slide the breech out the back of the body cover. Carefully clean any paint or debris from the breech and body cover
The circuit board may then be carefully lifted away from the body and breech.
After sliding the breech back into place, the VisionTM wiring harness and eyes are reinstalled via the same openings through which they were removed. Coil the VisionTM wires
into their pocket as shown before reinstalling the circuit board.
FIG. 18
ROTATE AND REMOVE EYES
FIG. 19
SLIDE BREECH OUT BACK
FIG. 20
COILED VISIONTM WIRES
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19
V E R T ICAL REGULATOR
REGULATOR SERVICE
Service and adjustment to the regulator will
cause changes in velocity. Always re-chronograph
the marker following the procedure in this manual
after working with the regulator.
FIG. 21
REGULATOR DISASSEMBLY
Although explained here, regulator service should only be performed by a GOG PaintballTM trained airsmith.
With the marker unloaded and de-gassed, unscrew the regulator from the marker and remove the grip
frame following the instructions in this manual. Take care not to lose the filter screen that sits inside the
vertical regulator’s ASA connection.
Using a pair of snap-ring pliers, remove the snap-ring from the bottom of the regulator and slide the
regulator off the swivel. This is the preferred way to separate the regulator from the hose and bottomline
ASA because it does not disturb the sealed hose fittings and is not likely to cause a leak.
Using a 7/16 open end or adjustable wrench, engange the wrench flats in the sides of the spring platform
and remove it from the bottom of the regulator body. The regulator spring will now be free to fall out into
your hand. The brass regulator piston may be removed by tapping the regulator body against a table top
or solid, but soft surface such as a block of wood.
At this level of disassembly, the seal in the end of the piston and the regulator body may be inspected,
cleaned with a soft cloth or cotton swab, and replaced if necessary. If the regulator seal shows signs of
damage, it may be removed and flipped over so that its back side is used instead. If both sides of the seal
are damaged, it must be replaced. Lightly lubricate all o-rings with GR33SETM for reassembly.
Do not lubricate the regulator seal at the end of the piston.
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20
V E R T ICAL REGULATOR
REGULATOR SERVICE, CONTINUED
The relief valve assembly should only be removed if it is constantly leaking. Occasional venting, especially
if using CO2, is normal and does not indicate a malfunction. The relief valve assembly may be removed
with a 5/32-inch allen wrench.
The velocity adjuster is located inside the lower end of the spring platform and similarly should only be
removed if shown to be the source of a leak or clog. First the internal c-clip ring must be removed from
inside the spring platform. This must be done with a pair of narrow snap-ring pliers. Some airsmiths have
used bench grinders to re-shape standard snap-ring pliers for this task. The adjuster is equipped with
left-hand threads and will need to be turned clockwise for removal. If regulator blockage is suspected, be
sure to inspect, and if necessary replace the inlet filter in the side of the velocity adjuster.
[ CONTINUED ]
NOTICE
The relief valve in the vertical
regulator provides protection
against pressure spikes caused
by seal failure or liquid CO2.
Replacing the vertical regulator
with any other brand or model
will by-pass an important safety
feature
creating
a
risk
of
equipment failure or injury and
invalidating the GOG PaintballTM
warranty.
The vertical regulator is reassembled in the reverse order of disassembly. The piston slides into the
regulator body wide end first, followed by the regulator spring. The spring platform should be tightened
for a snug fit. Do not over-tighten. Re-attach the regulator swivel to the bottom end of the regulator and
secure it in place with its snap-ring. Reinstall the assembled regulator into the marker. Re-adjust velocity
after servicing the regulator.
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21
T R O UBLESHOOTING
MARKER IS LEAKING INTERNALLY
• Liquid CO2 may cause temporary venting from relief valve or solenoid valve. This is
normal, and does not require repair. If CO2 is venting frequently, make sure the marker
is properly configured to prevent feeding of liquid CO2.
• Pneumatic hoses may be loose, damaged or not fully connected. Replace hoses with
genuine GOG PaintballTM hoses only.
• Hose has been disconnected and re-attached. Replace with a new GOG PaintballTM
internal hose. Removing a hose streches it so that it cannot be re-used without leaking.
IMPORTANT
FIG. 21
RELIEF VENT
MARKER IS LEAKING DOWN THE BARREL
• One or more of the bolt or bolt stop o-rings are damaged or dirty. Inspect and replace
if necessary, making sure to clean and lubricate the parts following the instructions in
this manual.
MARKER IS LEAKING FROM BOTTOMLINE ASA
• Unload and de-gas the marker. Inspect the CO2 or HPA tank o-ring. Clean, lightly
lubricate with GR33SETM and if necessary replace.
MARKER IS OCCASIONALLY LEAKING FROM THE VERTICAL REGULATOR
• Gas may occasionally vent near the top of the vertical regulator (see Fig. 21) especially
when using CO2. This is a normal function of the relief valve protecting the marker,
and does not indicate a problem. If CO2 is venting frequently, make sure the marker is
properly configured to prevent feeding of liquid CO2.
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22
T R O UBLESHOOTING
IMPORTANT
MARKER EXHIBITS FIRST SHOT DROP-OFF (FSDO)
• FSDO is a low velocity, or non-firing first shot, followed by normal shooting and is often
caused by debris in the bolt or a poorly lubricated bolt. Clean the bolt, breech, bolt stop
and bolt sleeve, and lubricate them with GR33SETM as instructed in the Field Stripping
section of this manual.
• FSDO can be caused by dwell and or FSDO Compensation settings that are too low
for the marker’s gas supply and configuration. Follow the directions in the Electronic
Adjustment section of this manual and set the dwell to the minimum recommended setting
for the marker’s gas supply and configuration or higher, and the FSDO Compensation
setting to the default value or higher.
MARKER EXHIBITS INCONSISTENT VELOCITY OR DROPS OFF SIGNIFICANTLY
DURING RAPID FIRING
• Check paint quality. Your marker is optimized for use with fresh, high-quality paintballs.
Paintballs of inconsistent quality, or paintballs that have been exposed to humidity or
temperature extremes may vary in size or roundness causing inconsistent operation.
• Gas pressure could be low. Fill gas source and make sure gas supply is turned on.
• Battery may be low. This will be most noticeable with velocity dropping and then entire
shots not firing during rapid fire. Replace battery with a new name brand alkaline battery.
• Regulator may be contaminated or damaged. Follow the instructions in this manual or
see a GOG PaintballTM technician for service.
• Liquid CO2 may be entering the regulator – if using CO2, see the gasses section of this
manual for guidance in proper CO2 set-up.
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23
T R O UBLESHOOTING
MARKER WILL TURN ON BUT WILL NOT FIRE
• Battery may be low or dead – replace with fresh name brand alkaline battery.
• The forward trigger limit adjustment screw may be set in too far, preventing the trigger
from resetting. See the trigger adjustment section of this manual for guidance.
• The rear trigger limit adjustment screw may be set in too far, stopping the trigger before
it can fire the marker. See the trigger adjustment section of this manual for guidance.
• Trigger switch may be damaged. Contact your dealer or GOG PaintballTM technical
support.
• Regulator output pressure may be too high. Adjust the velocity to its lowest limit, then
follow the velocity adjustment procedure in this manual.
• Liquid CO2 may be entering the valve – see the gasses section of this manual for
guidance in proper CO2 set-up.
MARKER IS BREAKING PAINT OR DOUBLE-FEEDING
• Use only fresh, high-quality paintballs. Poor quality paint, or paint damaged by humidity
or temperature extremes during shipping or storage, will nor perform well.
• Ball detents may be worn, dirty or damaged. Inspect, and if necessary, replace
following the instructions in this manual.
• The VisionTM anti-chop function may be turned off. Turn VisionTM on, following the
instructions in this manual.
IMPORTANT
TECH SUPPORT
Our Technical Support Department can
provide assistance via telephone. See our web
site for phone number and tech support hours.
Additional support and downloadable product
manuals are available through our website at
GOGPaintball.com
WARRANTY
GOG Paintball SA warrants for (1) year to initial retail
purchaser that the paintball marker and regulator are free
from defects in materials and workmanship. Disposable
parts (batteries, o-rings, springs, seals, etc.) are not warranted. The valve assembly, solenoid and electronics are
warranted for 6 months. This warranty does not cover
surface damages (scratches and nicks), misuse, improper
disassembly and re-assembly, attempts made to drill
holes or remove metal from the external surfaces which
could degrade performance and reduce pressure safety
factors of the marker. Do not make changes to the basic
marker parts without written approval. The only authorized lubricant for the marker is DOW 33 lubricant. Use of
any other lubricant could result in voiding your warranty.
Paintball markers are non-refundable. This warranty is
limited to the repair or replacement of defective parts
with the customer to pay shipping costs. This warranty is
effective only if the customer registers the product online
@ gogpaintball.com within 30 days of the purchasing the
marker. The warranty is non-transferrable. Do not attempt to alter the trigger assembly in any way, as this will
void your GOG warranty. Trigger alteration of any kind
may result in serious injury.
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24
P A R T S DIAGRAMS
OB9015 - REGULATOR
ASA O-RING
OM7014 - SPRING PLATFORM
O-RING
OU7010 - REAR SEAL
XTC105 - ENVY REGULATOR
BODY
OM7006 - VRG. SEAL
VRG109 - VRG. WASHER
SPRING
PLATFORM
VELOCITY
ADUSTER
VRG102 - SPRING PLATFORM
OU9006 - VELOCITY ADJUSTER
O-RINGS
FLT002 - INLET FILTER
VRG104 - VELOCITY ADJUSTER
RELIEF
VALVE
ASSEMBLY
VRG107 - VRG. PISTON
SPR033 - PRV. SPRING
SWIVEL
ASSEMBLY
CLP005 - ADJUSTER C-CLIP
OM7014 - SWIVEL O-RING
VRG108 - VRG. RETAINING. SCREW
OB7010 - VRG. SEAL
VRG103 - VERTICAL REGULATOR
SWIVEL
OM7014 - PISTON O-RING
OM7014 - SWIVEL O-RING
VRG105 - REGULATOR PISTON
REGULATOR
PISTON
CLP006 - SWIVEL C-CLIP
VRG106 - REGULATOR SEAL
SPR032 - REGULATOR SPRING
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25
P A R T S DIAGRAMS
BOLT SLEEVE
ASSEMBLY
BOLT ASSEMBLY
BOLT STOP
ASSEMBLY
BREECH ASSEMBLY
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26
P A R T S DIAGRAMS
XTC-103 EXTCY BREECH
XTCY104
EXTCY BOLT SLEEVE
OB9017
OH7017
OB7018
OB7022
BOLT SLEEVE
FRICTION O-RING
XTC110 BOLT STOP
OB7018
OU7010
XTC119 VISION
EYES
OH7M10
OB7018
XTC109
EXTCY BOLT
OU7014
OU9015
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27
P A R T S DIAGRAMS
XTC127
SSC014
9v Alkaline
FIT002 ELBOW
(NOT SHOWN)
XTC136
SSC014
FIT001
HBR510
XTC137 ON/OFF KNOB
OU9006 ON/OFF O-Ring
(ON XTC137, NOT SHOWN)
SSC011
SSC011
REMOVE ON/OFF KNOB FOR
ACCESS TO SCREWS
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28
P A R T S DIAGRAMS
COMPLETE EXTCY TRIGGER
ASSEMBLY
MAGNET IS PRESS-FIT FLUSH WITH LEFT SIDE OF TRIGGER
MAG003 - TRIGGER MAGNET
(.250 x .100
RARE EARTH MAGNET)
SSS001 - POST TRAVEL ADJUSTMENT SCREW
XTC107 - ENVY TRIGGER
XTC124 - ENVY TRIGGER PIN
OB7M05 - TRIGGER PIN O-RING (SHOWN ON PIN)
O-RING PROVIDES FRICTION TO KEEP PIN SCREWED
INTO GRIP FRAME - DO NOT USE THREAD
LOCKER.
INSTALL TRIGGER ASSEMBLY
DOWN IN FROM THE
TOP.
XTC108 -EXTCY
POWER BUTTON
WHEN INSTALLING ON/OFF BUTTON
BE SURE THAT THE LINE IN THE POWER SYMBOL
IS POINTING UP.
XTC106 - EXTCY GRIP FRAME
XTC116 - EXTCY RUBBER GRIP
SSB009 - 6-32 GRIP SCREW (4x)
SOS010 - PRE-TRAVEL LIMIT SCREW
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23
P A R T S DIAGRAMS
SSB010 VISION COVER SCREW
SSC009 FEED CLAMP SCREW
XTC115 - EXTCY FEED TUBE CLAMP
SPR036 - EXTCY BALL DETENT SPRING
XTC112 - EXTCY VISION COVER (LEFT)
XTC113 - EXTCY VISION COVER (RIGHT)
XTC114 - EXTCY FEED TUBE
XTC111 - EXTCY BALL DETENT
XTC101 - EXTCY BODY COVER
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eXTCyTM Manual V1.10 © Copyright 2011, GOG Paintball, SA, all rights reserved.
eXTCy, GR33SE, GOG, GOG Paintball and the GOG Paintball logos are trademarks or registered trademarks of GOG Paintball, SA.
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